BPC-157 & TB-500 - 10mg

BPC-157 & TB-500 – Composite Research Blend (10 mg)

Research Use Only / Not for Human or Veterinary Use

This product is a composite research material consisting of two synthetic peptide compounds, BPC-157 (5 mg) and TB-500 (5 mg), physically combined into a single lyophilized sample. Each component has a defined molecular structure and has been described in scientific and biochemical literature. This material is supplied exclusively for controlled laboratory research and analytical reference purposes and is not intended for clinical, therapeutic, or consumer use.

The peptides are combined solely to create a composite analytical reference material.
The presence of multiple compounds within a single vial does not imply interaction, compatibility, synergistic behavior, biological relevance, or suitability for any application beyond non-clinical laboratory analysis.

This product has not been evaluated as a formulation, and no claims are made regarding the stability, behavior, or properties of the combined material in solution or under biological conditions.

Blend Composition (Single Vial)

This composite research blend contains the following synthetic peptides in the quantities listed below:

BPC-157 – 5 mg - CAS 137525-51-0
Synthetic peptide sequence with a defined amino acid structure

TB-500 – 5 mg - CAS 885340-08-9
Synthetic peptide sequence characterized by a distinct amino acid structure

Total Composite Mass: 10 mg
Form: Solid, lyophilized composite powder (single vial)

Manufacturing & Handling Description

This composite material is manufactured by combining the listed peptide components into a single lyophilized sample under controlled conditions. The vial is sealed to preserve chemical integrity during storage and handling.

The combined composition is provided only as a composite analytical reference material and is not intended to represent a finished formulation, product, or application-ready mixture.

Technical Information

Product Type: Composite peptide research blend (single vial)

Composition: Multiple synthetic peptides combined into one material

Chemical Identity: Defined per component

Purity: Determined per component prior to blending, as documented on Certificates of Analysis

Form: Solid, lyophilized composite powder

Certificate of Analysis (CoA): Available upon request

Note: There is no assigned combined chemical identity, molecular formula, or aggregate purity for the composite material.

Analytical Scope & Limitations

Analytical characterization of this composite material is limited to chemical identity and purity testing of the individual components prior to blending.

No sterility, endotoxin, bioburden, toxicology, pharmacokinetic, immunogenicity, or clinical safety evaluations have been performed on the composite material or its individual components.

The combination of multiple peptides into a single vial presents unknown and potentially increased risks.
Human or animal exposure is strictly prohibited.

Quality & Standards

At Altera Peptides Inc., materials are sourced and handled with an emphasis on quality control, traceability, and documentation for research applications only. Internal standards are designed to support batch consistency and analytical reliability, not clinical or therapeutic use.

Our commitment includes:

Controlled peptide synthesis and handling processes

Component-level documentation

Clear labeling and compliance practices

Secure packaging to maintain material integrity

Intended Use & Compliance

This product is provided strictly for laboratory research and analytical purposes only.

Not for use as:

A drug

A dietary supplement

A cosmetic

A diagnostic, therapeutic, or clinical material

This composite material is not manufactured in compliance with Good Manufacturing Practice (GMP) requirements for human use and has not been approved, reviewed, or authorized by the FDA, Health Canada, EMA, or any other regulatory authority.

By purchasing this product, the buyer acknowledges and agrees that it is intended solely for non-medical, non-clinical research use by qualified personnel in appropriate laboratory environments.